Mileage. Zero-to-sixty times. Cargo cubic volume. Horsepower. Torque. Price.
You check these numbers before you buy a used Honda or a new Ford. They are the standard metrics. But there is a number that rarely gets mentioned in dealership conversations or online reviews. It doesn’t show up in the flashy marketing brochures.
It is the gross axle weight rating, or GAWR.
This limit is critical. It applies to every vehicle you drive. Cars. Trucks. SUVs. RVs. If you don’t know your GAWR, you are driving blind when it comes to axle capacity.
What Is Gross Axle Weight Rating?
The GAWR definition is simple but strict. It is the maximum weight determined by the manufacturer to sit on a single axle.
Front and rear axles have different ratings. They are not interchangeable. You cannot treat the front and rear of your car the same way. The automaker sets these limits based on engineering specs. Load an axle beyond its listed GAWR and you are in trouble.
Here is where people get confused. The GAWR isn’t just about the weight of the vehicle itself. It includes everything.
Passengers.
Cargo.
The weight of the vehicle.
Trailer tongue weight, if you are towing.
All of that mass distributes across the two axles. The manufacturer calculates the maximum allowable limit for each one individually.
GAWR vs. GAW: Don’t Mix Them Up
You need to understand the difference between GAWR and GAW. They sound similar. They are not the same.
GAWR is the limit. It is static. It does not change.
GAW is the Gross Axle Weight. This is the actual weight currently sitting on the axle. It is dynamic. It changes every time you load or unload your vehicle.
Confusing these two terms is a mistake. The GAW fluctuates constantly. The GAWR stays fixed.
Let’s look at a pickup truck.
Imagine the bed is full of boulders. Four boulders. Each weighs 100 pounds. Total load: 400 pounds.
If you unload them, the GAW drops by 400 pounds. The truck is lighter.
If you load them back in, the GAW rises by 400 pounds. The truck is heavier.
The GAWR? It remains exactly the same. It doesn’t care about your boulders. It is a hard ceiling.
Why This Number Exists
Safety.
Manufacturers put limits on axle weight for a reason. Overloading any vehicle is dangerous. Heavy loads are hard to control. That is basic physics.
But the danger increases when the weight is uneven. Or when one axle is overloaded.
Consider what happens if you put too much weight on the rear axle of a car or truck.
Handling suffers. The steering becomes less responsive. The front tires lose traction because the weight is pushed back.
Braking effectiveness drops. The front brakes do most of the work. If the rear is overloaded, the front can’t handle the deceleration load properly.
Tires blow out. The rear tires are not designed for that extra stress. They fail.
Suspension breaks. Components within the rear suspension system bend. Or snap. You lose control.
It is an assortment of problems. A cascade of failures.
The GAW should never surpass the GAWR. Period.
Trailer Weight Ratings
Trailers have their own GAWR. The trailer manufacturer sets these limits.
They are just as strict as the vehicle limits. You cannot exceed the trailer’s GAWR. Proper loading is even more critical here. An unbalanced trailer is a nightmare to tow. It can cause sway. It can jackknife.
Balance matters.
How to Find Your GAWR
Curious about your specific vehicle?
Look for a label. It is usually on the driver’s side door frame. Check the area where the door latches. The manufacturer prints the GAWR there.
If you can’t find the label, search online. Most automakers publish this data. It is part of their technical specifications.
A chart might help too.
GAWR List
Your vehicle’s gross axle weight rating depends on the make and model year. You can check the following list for some common models.
Browse by Make
- Acura
- Audi
- BMW
- Buick
- Cadillac
- Chevrolet
- Chrysler
- Dodge
- Ford
- GMC
- Honda
- HUMMER
- Hyundai
- Infiniti
- Isuzu
- Jaguar
- Jeep
- Kia
- Land Rover
- Lexus
- Lincoln
- Mazda
- Mercedes-Benz
- Mercury
- MINI
- Mitsubishi
- Nissan
- Pontiac
- Porsche
- Saab
- Saturn
- Scion
- smart
- Subaru
- Suzuki
- Toyota
- Volkswagen
- Volvo
Acura GAWR
| Year | Model | GAWR (front/rear) |
|---|---|---|
| 2006 | MDX | – |
| 2006 | RL | – |
| 2006 | RSX | – |
| 2006 | TL | – |
| 2006 | TSX | – |
| 2007 | MDX | 2888/3175 |
| 2007 | RL | – |
| 2007 | RDX | 2546/2381 |
| 2007 | TL | – |
| 2007 | TSX | 2335/2030 |
| 2008 | MDX | 2888/3175 |
| 2008 | RL | – |
| 2008 | RSX | 2546/2381 |
| 2008 | TL | – |
| 2008 | TSX | 2335/2030 |
| 2009 | MDX | 2888/3175 |
| 2009 | RL | – |
| 2009 | RSX | 2546/2381 |
| 2009 | TSX | 2325/2090 |
More Acura Specs:
- Acura GVWR
- Acura GCWR
- Acura Cargo Carrying Capacity
- Acura Curb Weight
- Acura Payload
- Acura Towing Capacity
Audi GAWR
| Year | Model | GAWR (front/rear) |
|---|---|---|
| 2006 | A3 | – |
| 2006 | A4 | – |
| 2006 | A6 | – |
| 2006 | A8 | – |
| 2006 | S4 | – |
| 2006 | TT | – |
| 2007 | A3 | – |
| 2007 | A4 | – |
| 2007 | A6 | – |
| 2007 | A8 | – |
| 2007 | Q7 | – |
| 2007 | RS4 | – |
| 2007 | S4 | – |
| 2007 | S6 | – |
| 2007 | S8 | – |
| 2008 | A3 | – |
| 2008 | A4 | – |
| 2008 | A5 | – |
| 2008 | A6 | – |
| 2008 | A8 | – |
| 2008 | Q7 | – |
| 2008 | R8 | – |
| 2008 | RS4 | – |
| 2008 | S4 | – |
| 2008 | S5 | – |
| 2008 | S6 | – |
| 2008 | S8 | – |
| 2008 | TT | – |
| 2009 | A3 | – |
| 2009 | A4 | – |
| 2009 | A5 | – |
| 2009 | A8 | – |
| 2009 | Q7 | – |
| 2009 | R8 | – |
| 2009 | S4 | – |
| 2009 | S5 | – |
| 2009 | S8 | – |
| 2009 | TT | – |
More Audi Specs:
- Audi GVWR
- Audi GCWR
- Audi Cargo Carrying Capacity
- Audi Curb Weight
- Audi Payload
- Audi Towing Capacity
To read more about vehicle weight, towing, and other related topics, follow the links on the next page.
BMW Axle Load Limits (2006–2009)
You want to know how much weight your BMW can actually put on the ground without snapping an axle or voiding a warranty. The Gross Axle Weight Rating (GAWR) isn’t just a number in the manual. It’s the hard limit for the suspension components. If you exceed it, you’re playing with fire.
Most RWD models from this era don’t list specific front/rear splits in the public specs. You have to look at the GVWR and do the math. Or just don’t overload the back.
2006 Models
The E46 325, 330, and the big engines like the 525, 530, 550, and 650 all sit on similar platform architectures. The M3 and M5 are stiffer but not necessarily stronger in terms of load capacity. The X5 is the workhorse here. The Z4 is a roadster; don’t put a pallet of bricks in the trunk.
2007 Models
Enter the E90/E91 era for the 3-series. The 328 and 335 take over. The 5-series gets the 525, 530, 550, and the 6-series brings the 650. The 7-series stays heavy. The Alpina B7 is essentially a luxury limo with a turbo. The Z4M finally gets a listed rating: 2767 lbs front and 3770 lbs rear. That rear axle is stout. It’s designed to handle the torque and the weight of the driver’s ego.
2008 Models
The 1-series arrives with the 128 and 135. The 3-series shifts to 328 and 335. The 5-series is now 528, 535, and 550. The M3 returns. The X6 joins the SUV lineup. The Z4M continues without a new rating listed.
2009 Models
The lineup stabilizes. 128, 135, 328, 335, 528, 535, 550, and the flagship 750. The M5 and M6 are still in the mix. The X3 and X5 remain the primary carriers of heavy goods.
If you’re carrying a full load of passengers and gear, check your tires. GAWR means nothing if your sidewalls are blown.
For full breakdowns on total vehicle weight, look up BMW GVWR and BMW Payload.
Buick Load Ratings (2006–2009)
Buick isn’t just for retirees anymore. Well, they still are, but the Enclave changed the game. Before that, you were stuck with the Rainier or the Rendezvous.
2006 Buick
The LaCrosse and Lucerne don’t have public GAWR splits listed. The Rainier is an older GM truck under there. It holds 2950 lbs front and 3200 lbs rear. The Terraza is a minivan. It’s weirdly rated at 1148 lbs front and 960 lbs rear. That front axle is weak. Don’t put a furnace in the front seat.
2007 Buick
The LaCrosse and Lucerne continue without listed splits. The Rainier keeps its 2950/3200 rating. The Rendezvous drops off the radar for this data.
2008 Buick
The Enclave debuts. It’s built on the Omega platform, shared with the Traverse and Acadia. It handles 3197 lbs in the front and 3527 lbs in the rear. Solid numbers. The LaCrosse and Lucerne remain unlisted.
2009 Buick
The Enclave holds steady at 3197/3527. The LaCrosse and Lucerne still don’t show splits.
For payload calculations, you need to cross-reference Buick Curb Weight with Buick GVWR. If you tow, check Buick Towing Capacity.
Cadillac Axle Specs (2006–2009)
Cadillac brings the weight. Especially if you buy the Escalade. The sedans are lighter, but the SUVs are massive land yachts.
2006 Cadillac
The CTS-V is a beast, but no GAWR listed. The DTS is a sedan. No split. The Escalade is the king of heavy hauling. It takes 3350 lbs front and 4000 lbs rear. The Escalade ESV is longer, so the numbers shift to 3060 front and 2809 rear. Wait, the rear drops? That’s odd. Probably due to the extended wheelbase distributing weight differently, or just a data quirk. The Escalade EXT is a pickup. It holds 3800 lbs front and 4000 lbs rear. The SRX and STS-V are unlisted. The XLR and XLR-V are rare roadsters. Unlisted.
2007 Cadillac
The CTS keeps its 2232/2379 rating. The CTS-V remains unlisted. The Escalade, ESV, EXT, SRX, STS, and XLR models drop specific ratings from the public data.
2008 Cadillac
Most models go silent on the GAWR front. The DTS and CTS are unlisted. The Escalade family disappears from this specific metric table.
2009 Cadillac
The Escalade Hybrid joins the party. No rating. The CTS, DTS, SRX, STS-V, and XLR remain without listed splits.
If you’re towing with an Escalade, check Cadillac Towing Capacity. The payload is significant, but so is the cost of replacing those rear shocks.
Chevrolet GAWR Data (2006–2009)
Chevy has the most varied lineup here. From the tiny Aveo to the monstrous Silverado 3500 HD. The numbers vary wildly.
2006 Chevrolet
The Avalanche 1500 handles 3400/4000. The 2500 version is tougher at 4380/5500. The Colorado is a midsize truck with 2533 front and 2896 rear. The Equinox is light at 2535/2535. The Silverado 1500 is 3650/4000. The Hybrid version is weirdly balanced at 3925 front and 3750 rear. The SS version is symmetric at 3600/3600. The HD trucks are monsters. The 1500 HD is 4410/6000. The 2500 HD is 4410/6084. The 3500 HD is 4670 front and a massive 8550 rear. The Suburban 1500 is 3200/4000. The 2500 version is 3800/5500. The Tahoe is 3200/3750. The TrailBlazer is 2950/3200. The Uplander minivan is 2866 front and 2756 rear.
2007 Chevrolet
The Avalanche 1500 shifts slightly to 3400/4100. The Colorado stays at 2533/2896. The Equinox holds at 2535/2535. The Silverado 1500 is 3650/3950. The Classic versions mirror the earlier numbers. The 2500 HD gets a front drop to 4200 but keeps the 6084 rear. The 3500 is 4200 front and 6390 rear. The Suburban 1500 improves to 3300/4200. The Tahoe moves to 3200/4100. The TrailBlazer holds at 2950/3200.
2008 Chevrolet
The Avalanche 1500 stays at 3400/4100. The Colorado is 2533/2896. The Equinox is 2535/2535. The Silverado 1500 is 3650/3950. The 2500 HD is 4200/6084. The 3500 HD is 4200/6390. The Suburban 1500 is 3300/4200. The Tahoe is 3200/4100. The Tahoe Hybrid matches the gas version. The TrailBlazer is 2950/3200.
2009 Chevrolet
The Colorado jumps to 5000 front and 2633 rear. That
Ford Axle Load Limits
The Ford lineup from this era is split. You’ve got the workhorses that actually publish numbers, and the passenger cars that leave you guessing. If you are loading a Crown Victoria or a Mustang, the data isn’t here. That silence usually means the manufacturer didn’t publish the Gross Axle Weight Rating for consumer inquiry, or it’s buried in a spec sheet you don’t have access to.
But the trucks? The trucks tell the story.
Look at the E-Series. The E-150 holds a steady 3240 lbs up front and 3800 lbs in the back through 2007. Then 2008 hits, and the front axle rating jumps to 3700. Why? Probably suspension tweaks or heavier components. The rear stays strong at 5120 for the E-150.
The heavy hitters are the Super Duties. The F-350 is a beast. In 2006, it pulls 7000 lbs on the rear axle. By 2008, that number drops slightly to 6262. The F-450 in 2008 is in a league of its own: 5600 front / 9500 rear. That is serious industrial hardware.
The Escape and Fusion are lighter. The Escape Hybrid maxes out at 2380 lbs front. The non-hybrid? 2240. Don’t mix them up. The Explorer is another story. It lost weight in the specs between 2006 (3240/3600) and 2007 (2860/3340). Did they change the axle? Or just the window sticker?
GMC Weight Ratings
GMC mirrors GM’s strategy. You want numbers? Look at the Sierra and Yukon lines.
The Sierra 3500 is where the rubber meets the road for heavy hauling. In 2006, it hits 6500 lbs on the rear axle. By 2007, that drops to 6390 and stays there through 2009. The front axle holds steady around 4200-4800 depending on the year.
The Canyon is consistent. 2533 front, 2896 rear until 2009, when the front axle gains 100 lbs. Small change. Huge difference if you are maxing out payload.
The Yukon family is heavy. The XL versions carry more in the back. 2009 Yukon XL sits at 3200 front / 4200 rear. The Hybrid models? Same as the gas versions. 3200/4100. No penalty for electrification in the axle ratings here.
Honda GAWR Data
Honda is stingy with data. Most of the Accord, Civic, and CR-V lists are blank. Why? Maybe the cars are under the threshold for public disclosure, or Honda just doesn’t care about enthusiasts asking this question.
But the big toys have numbers.
The Odyssey is a people-mover with substance. 2833 front / 3197 rear. That’s a lot of grandkids and luggage.
The Ridgeline is interesting. In 2006, the front axle rating is a pathetic 309 lbs. That’s a typo in the source data or a hilarious oversight. Wait, check 2007. It jumps to 3105. The 2006 figure of 309 is likely 3090. Assume the latter. You don’t want to put 300 lbs on an axle and break it.
The Pilot enters the list in 2006 with no data, then appears in 2007 at 2865/3155. By 2009, that front axle strengthens to 2921. The rear stays around 3196.
Hummer GAWR Specs
Hummer stopped making the H3 in 2006, or maybe they just didn’t publish. The H2 is the main event.
Consistent across 2006, 2007, 2008, and 2009: 4000 front, 5000 rear. Solid. Predictable. Boring, maybe. But reliable data.
The H3T? Blank. If you have an H3T, you’re on your own for GAWR numbers.
Hyundai GAWR Overview
Hyundai’s early 2000s lineup is sparse. The Accent, Elantra, Sonata, and Tiburon? No data.
The Entourage and Santa Fe have numbers.
2007 Santa Fe: 2976 front / 3197 rear.
2008 Entourage: 2998 front / 3064 rear.
Notice the front axle on the Entourage is nearly 3000 lbs. It’s a minivan. It needs the strength.
Infiniti and Isuzu
Infiniti doesn’t publish GAWR for the FX35, G35, or QX56 in these years. The M-series? Also blank. This is frustrating for anyone trying to tow with a luxury cruiser. If the number isn’t there, assume the vehicle is rated for its Gross Vehicle Weight Rating divided by two, or worse, don’t tow.
Isuzu is clearer, but smaller. The Ascender holds 2950 front / 3200 rear. The i-series trucks (i-280, i-350, i-370) hover around 2533-2753 front and 2896 rear. Consistent.
Jaguar GAWR Listings
Jaguar is all blank. S-Type. X-Type. XJ8. XKR. XF. XK.
Nothing.
Zero.
If you are loading a Jaguar, you are flying blind. Or you have to calculate it from the GVWR and curb weight yourself. That’s a math problem, not a lookup problem.
The Takeaway
Front and rear axle ratings aren’t just numbers. They are the limit of your axle’s physical ability to carry load. Exceed them, and you risk suspension failure, brake issues, or catastrophic breakage.
For Ford, the trucks are your best bet for data. For Honda, only the large SUVs and trucks show up. For everyone else? You might be on your own. Check your door jamb sticker. It’s the only source that matters if the database is empty.
Jeep Axle Limits and Utility
Jeep’s lineup is a study in contrasts. Some models are built to crawl rocks, others to tow boats. The Gross Axle Weight Rating (GAWR) tells you exactly where the line is drawn. Miss it by too much and your suspension collapses or the axle snaps. It’s not a suggestion.
In 2006, the Liberty and Wrangler had concrete numbers. The Liberty’s front axle held 2750 lbs, the rear 3150 lbs. The Wrangler was lighter on the front at 2200 lbs but pulled its weight in the back with 2650 lbs. The Commander and Grand Cherokee? No data available for that year.
2007 brought the Patriot and Compass into the fold, but again, no GAWR figures listed. The Liberty stayed steady at 2750/3150. The Wrangler got an upgrade. Front jumped to 2650 lbs. Rear climbed to 3400 lbs. That’s a significant gain in load capacity for the JK generation prep.
By 2008, the Wrangler Unlimited joined the party with identical ratings to its two-door sibling: 2650 front, 3400 rear. The rest of the Jeep family remained silent on specific axle weights. The Liberty lost its listing entirely.
2009 saw the Wrangler and Wrangler Unlimited holding firm at 2650/3400. If you’re looking for payload data across the board, the absence of GAWR for most non-Wrangler models suggests these ratings were either standard across all trims or simply not highlighted in the public specs. For heavy-duty work, stick to the Wrangler Unlimited. Its 3400 lb rear axle is the strongest point in the fleet during this era.
Kia’s Quiet Load Carriers
Kia isn’t known for brute force towing in this period. It’s about efficiency. The Sportage and Rio are city cars. They have limits.
The 2006 Sorento was the heavy lifter. 3307 lbs up front, 3307 lbs in the back. A perfect 50/50 split. That’s unusual for a crossover of that size. The Sedona minivan was also balanced, sitting at 2998 front and 3064 rear. The Sportage was unbalanced. Front 2579 lbs. Rear 2425 lbs. It leaned forward.
2007 introduced the Rio. Front axle 1918 lbs. Rear 1874 lbs. Tiny numbers. You’re not hauling furniture in a Rio. The Sorento and Sedona kept their 2006 ratings. The Sportage remained static.
2008 stripped away most of the data. The Rio kept its 1918/1874 split. The Sportage stayed at 2579/2425. The Sorento and Sedona disappeared from the specific GAWR list, though their GVWR likely implies similar loads.
2009 was a cleanup year. The Borrego and Spectra models appear, but without axle ratings. Only the Rio and Sportage retained their historical data. If you need a Kia with known axle limits, the Sorento from 2006-2007 is the only true candidate for heavy loads. The rest are passenger haulers.
Land Rover’s Premium Hierarchy
Land Rover doesn’t care about your budget. It cares about air suspension and torque. But even luxury has a breaking point.
The early years (2006-2008) show a lack of public GAWR data for the LR3, Range Rover, and Range Rover Sport. This isn’t a typo. These vehicles use complex air suspension systems that adjust ride height based on load. A static GAWR number might not reflect the dynamic weight distribution as accurately as a traditional spring setup.
Then comes 2009. The LR2 appears. Finally, we get numbers. 2885 lbs front. 2995 lbs rear. A slight rear bias. Typical for a vehicle with a transverse engine layout or heavy rear-mounted components.
The LR3, Range Rover, and Sport still lack specific axle ratings. But look at the LR2. It’s the entry-level model. It’s smaller. It’s lighter. Its 2885/2995 split is modest compared to the massive SUVs above it.
Why does this matter? Because the larger Range Rovers likely exceed these limits significantly. If you’re towing a trailer in a 2009 LR2, keep the tongue weight under control. The front axle is the weak link at 2885 lbs. Push past that, and you’ll lift the front end or overload the steering components. The rear can handle nearly 3000 lbs, but the front is the pivot point.
Lexus Precision Engineering
Lexus doesn’t list GAWR for most of its sedans and coupes. The ES, GS, IS, LS, SC models. Nothing. It’s implied. The engineering is so overbuilt that hitting the axle limit is nearly impossible under normal use.
But the SUVs? Those have numbers. The GX 470 and LX 470/570 are body-on-frame trucks with car-like interiors. They know their limits.
The GX 470 and LX models appear consistently from 2006 to 2009. Yet, no GAWR is listed even for them in this dataset. Wait. Check the Lincoln section. The Navigator has numbers. The Lincoln Mark LT has numbers.
Lexus omits GAWR for the GX 470 and LX 570 in this specific breakdown. This is a gap in the data, not a guarantee of infinite strength. However, we know the GVWR. We can infer.
The IS-F and GS models are performance cars. High horsepower doesn’t equal high payload. The IS-F has a stiff suspension. It’s not designed for heavy cargo in the trunk.
The RX models are unibody crossovers. The RX 350 and RX 400h share the platform. Again, no GAWR. This suggests that for Lexus, the curb weight plus passenger weight rarely approaches the structural limits of the axles. The danger zone for Lexus is usually the suspension compliance, not the axle breakage.
Lincoln’s Body-on-Frame Strength
Lincoln plays a different game. The Navigator and Mark LT are full-size trucks. They have real GAWR numbers.
2006 Navigator. Front 3300 lbs. Rear 4128 lbs. That rear axle is massive. It’s built for heavy loads. The Mark LT matched the front at 3450 lbs and did 3850 lbs in the back. Slightly less than the Navigator’s rear capacity.
2007 brought the MKX and MKZ. No axle data. These are crossovers and sedans. The Navigator’s rear jumped to 4300 lbs. The Mark LT stayed at 3450/3850.
2008 kept the same numbers. The Navigator is the king of payload here. 4300 lbs on the rear axle. That’s enough to tow a decent-sized boat or trailer, provided your GCWR allows it.
2009 saw the Navigator’s front axle increase to 3450 lbs. The rear dropped slightly to 3850 lbs. Why the shift? Maybe a change in suspension geometry or a different trim level distribution. Regardless, the 3450/3850 split is the final figure for the Mark LT and the 2009 Navigator.
If you’re hauling, the Lincoln Navigator is the clear choice. The rear axle capacity is the highest in this entire section. Just don’t exceed the GVWR. The axles are strong, but the tires and suspension have their own limits.
Mazda’s Sporty Balance
Mazda focuses on handling. The numbers reflect that.
The B-series trucks (B2300, B3000, B4000) have consistent ratings. The B2300 is 2400 front, 2750 rear. The B3000 is 2625 front, 2750 rear. The B4000 is 2850 front, 2750 rear. Notice the rear axle is capped at 2750 lbs for all three. The front axle scales with engine size.
The Mazda5 is a people-mover. 2218 front, 2355 rear. Small numbers. It’s a minivan. Not a hauler.
The Mazda6 is interesting. 2006 model: 2372 front, 2119 rear. Front-heavy. The MazdaSpeed6 flips it. 2449 front, 2103 rear. Still front-heavy, but the front axle is stronger.
The MX-5 (Miata) is a sports car. 2449 front, 2103 rear. You’re not carrying anything in a Miata except a driver and a passenger. The
Toyota, Subaru, and the Niche Players
The data gets sparse again. Most manufacturers stopped listing individual axle weights in public specs years ago, leaving us with a fragmented picture of the 2006–2009 model years. Toyota, for instance, only bothered to publish Front and Rear Gross Axle Weight Ratings (GAWR) for a handful of models.
Take the 2006 Toyota Land Cruiser. It’s a body-on-frame beast. The front axle handles 3,595 lbs. The rear? 4,220 lbs. That’s a significant bias toward the back, likely due to the spare tire mounting and heavy-duty suspension components designed for towing. The RAV4 in that same year sat at 2,535 lbs up front and 2,435 lbs in the back. Almost perfectly balanced.
By 2007, the RAV4 spec jumped. Suddenly, the front could take 4,430 lbs and the rear 4,730 lbs. That’s a massive increase. Did Toyota change the chassis? Or was the previous year’s data incomplete? The Tundra also showed up with 3,900 lbs front and 3,800 lbs rear. A truck with a nearly identical axle split.
The 2008–2009 years saw Toyota strip away most of these specific figures. Only the RAV4 retained the 2,535/2,435 split. Even the Venza, which arrived for 2009, left us guessing about its axle limits.
Most car buyers never look at GAWR. They look at towing capacity. But if you’re carrying heavy cargo, GAWR is the hard limit that keeps your suspension from collapsing.
Subaru’s Consistency
Subaru took a different approach. They listed almost every model but provided zero GAWR data for the entire 2006–2009 period.
Why?
Maybe the numbers are so close to the Gross Vehicle Weight Rating (GVWR) minus curb weight that they didn’t see the point. Or maybe it’s a legacy of their engineering philosophy: balanced weight distribution. The Forester, Impreza WRX STI, Legacy, and Outback all share similar unibody architectures. The weight transfer is usually minimal.
The Baja and B9 Tribeca were outliers. Unique platforms. Yet, still no numbers. If you’re modifying a 2009 Tribeca with heavy wheels or roof racks, you’re flying blind on axle limits unless you weigh the car on a truck scale yourself.
Suzuki’s Specificity
Suzuki actually gave us some hard numbers.
In 2006, the XL7 was rated for 2,205 lbs on the front axle and 2,866 lbs on the rear. A rear-biased SUV, likely due to the engine placement and rear-seat cargo area. The Aerio sedan was surprisingly balanced at 1,918/1,940 lbs. The Forenza tipped the scales at 1,918/1,764 lbs—front-heavy.
By 2007, the XL7 got a bump. 2,590 lbs front, 2,921 lbs rear. The SX4 entered the fray with 2,050/1,786 lbs. Front-heavy again.
The 2008 and 2009 data became even thinner. The Equator (a Mazda B-Series rebadge) appeared in 2009 but had no listed GAWR. The XL7 disappeared from the list entirely after 2008. Suzuki was exiting the US market. The numbers stopped mattering.
The End of an Era: Pontiac, Saturn, and Saab
Pontiac died. Saturn faded. Saab struggled.
The Pontiac Torrent (2006–2007, 2009) held a steady 2,535 lbs on both axles. A symmetrical split for a crossover based on the GMC Acadia platform. The Grand Prix in 2007 listed 62/38? That looks like a typo in the source data. 62 lbs on the front axle? Impossible. It likely means 62% front weight distribution, but without the total GVWR, we can’t convert it to pounds. We’re left guessing.
Saturn gave us the Outlook (2007–2009) at 3,197/3,527 lbs. Another GMC Acadia cousin. The numbers match the Torrent’s philosophy: balanced, but rear-biased for cargo.
Saab only listed GAWR for the 9-7X in 2008 and 2009. 2,950 lbs front, 3,400 lbs rear. A Chevy TrailBlazer platform under the skin. The 9-3 and 9-5 had no data. Again, the omission of data is the story here. These brands didn’t care about publishing specs for enthusiasts. They cared about survival.
The Japanese Giants: Nissan and Mitsubishi
Nissan provided GAWR for the Frontier (2007–2009): 3,296 lbs front, 3,197 lbs rear. Nearly equal. A truck designed for utility. The Titan (2007) sat at 3,300/3,800 lbs. More rear bias for the larger half-ton truck. The Altima in 2006 had 2,399/1,991 lbs. Front-heavy sedan.
Mitsubishi was similar. Only the Raider (2006–2008) had listed GAWR: 3,100/3,600 lbs. A Dodge Dakota badge. The rest of their lineup—Eclipse, Galant, Lancer, Outlander —was left blank.
Luxury and Exotics: Porsche and smart
Porsche listed almost nothing. The Cayenne (2006, 2008–2009), 911, Boxster, Cayman —no numbers. Maybe Porsche assumes buyers know their cars can handle their own weight. Or maybe the marketing materials didn’t include it.
The smart fortwo (2008) also had no GAWR. A microcar with such low total mass that axle limits are rarely a concern for the average driver.
The Missing Data Problem
Look at the pattern.
- Toyota, Nissan, Suzuki : Provided specific numbers for trucks and some SUVs.
- Subaru, Porsche, Saab, Pontiac, Saturn, Mitsubishi : Listed models but provided zero GAWR data.
- Honda, Ford, Chevrolet : Not included in this slice, but likely similar to the “no data” groups.
Why does this matter?
If you’re buying a used car from 2006–2009 and planning to modify it—lift kits, heavy wheels, roof racks, or towing—you need to know your limits. The GAWR is the manufacturer’s guarantee. Exceed it, and you risk axle failure. Brake failure. Suspension collapse.
But the data is gone. Or never was.
Most online spec sheets list Curb Weight and GVWR. You can do the math.
Payload = GVWR - Curb Weight
But that’s the total payload. It doesn’t tell you how much weight the front axle can handle versus the rear.
For example, the 2006 Toyota RAV4 (GAWR 2,535/2,435) has a total axle capacity of 4,970 lbs. If its GVWR is around 4,600 lbs (hypothetically), you have ~1,000 lbs of payload. But if you put 800 lbs in the back, you might exceed the rear axle limit even if you’re under the total GVWR.
That’s the gap.
Where to Find the Missing Numbers
You won’t find them in brochures. They’re in the Owner’s Manual or the Door Jamb Sticker.
Look for the sticker on the driver’s side door frame. It lists:
– GVWR (Gross Vehicle Weight Rating)
– Front GAWR
– Rear GAWR
This is the legal limit for that specific VIN.
If you can’t find the sticker—faded paint, accident damage, previous owner removed it—then you’re stuck with estimates.
The Bigger Picture
We’re looking at a snapshot of an industry in transition.
2006–2009.
- Saturn was dying.
- Pontiac was dead.
- Saab was struggling.
- Mitsubishi was niche.
-
Toyota and Nissan were confident, listing specs for their workhorses.
Volkswagen GAWR data
The German giant’s lineup from the mid-to-late 2000s is a mixed bag. You get the performance GTIs, the practical Passats, and the rugged Touaregs. But for most of these models, the GAWR specifications for 2006-2009 Volkswagen models are missing from the public record.
Look at the 2006 roster. Golf. GTI. Jetta. Beetle Convertible. Beetle Coupe. Passat Sedan. Phaeton. Rabbit. Touareg. All dashes. Zero numbers. It’s frustrating if you’re trying to calculate weight distribution for a track build or a heavy cargo haul.
2007 adds the Eos and Passat Wagon. Still nothing. The dashes remain.
2008 brings the GLI and R32. Again, blank cells. Even the Touareg 2, a serious off-roader, has no front/rear split listed here.
2009 introduces the Routan minivan and the Tiguan compact SUV. The data is still absent. If you need these figures for safety compliance or modification limits, you’re left guessing.
Related specs like GVWR and GCWR exist. But without the axle breakdown, you’re flying blind on load transfer.
Volvo GAWR data
Volvo is more forthcoming. The Swedish manufacturer provides explicit GAWR specifications for 2006-2009 Volvo models in several key platforms.
In 2006, only the S80 and XC90 have numbers. The S80 sits at 2230 lbs front and 2290 lbs rear. The XC90 is heavier, 2820/3150. Everything else—C70, S40, S60, V50, V70, XC70—is a dash.
2007 is identical. S80 and XC90 keep those ratings. The rest are blank.
2008 changes the game. The XC70 jumps to 2800 front and 2646 rear. The V70 shifts to 2690 front and 2513 rear. The XC90 holds steady at 2820/3150. The C30 and C70 appear but lack data.
2009 repeats the 2008 pattern. XC70 at 2800/2646. V70 at 2690/2513. XC90 at 2820/3150.
These numbers matter. They dictate how much you can stuff into the trunk without crushing the rear bushings or overloading the rear axle bearings. The V70’s rear-heavy bias (2690 front vs 2513 rear) suggests a front-engine layout with significant mass over the drive axles.
Beyond the numbers
Most specs don’t tell the whole story. You also need to know the base curb weight. And the tire load indices. A high GAWR rating means nothing if your tires are rated for less than the axle’s limit.
Check the NHTSA guidelines for towing safety. They emphasize that exceeding the Gross Axle Weight Rating compromises handling. The rear end can sway. The front can lose traction. It’s not just about crushing metal. It’s about control.
Sources like Autopedia and Carlist define the term clearly. It’s the maximum weight a single axle can handle. Not the whole car. Just one axle.
So when you’re loading a Passat or a Volvo XC90, check the sticker on the driver’s door jamb. That’s your real source. The table above is incomplete. It’s a starting point. Not the finish line.
If you’re tracking payload, remember that cargo capacity varies by trim. A loaded Rabbit weighs more than an empty one. The numbers shift. The limits don’t.
“Exceeding the Gross Axle Weight Rating compromises handling.”
It’s a simple rule. Follow it or pay the price in tires and suspension components.
Why this data matters
You might wonder why some manufacturers list these numbers and others don’t. The answer lies in regulatory requirements and marketing. The N
